def test_indirect_transmission_iris_graphite_002(self):
"""
Test a transmission calculation using IRIS, graphite, 002.
"""
instrument = "IRIS"
analyser = "graphite"
reflection = "002"
# Using water sample
formula = "H2-O"
density = 0.1
thickness = 0.1
ws = IndirectTransmission(Instrument=instrument,
Analyser=analyser,
Reflection=reflection,
ChemicalFormula=formula,
DensityType='Number Density',
Density=density,
Thickness=thickness)
# Expected values from table
ref_result = [
6.658, 0.821223, 2.58187, 53.5069, 56.0888, 0.1, 0.1, 0.566035,
0.429298
]
values = ws.column(1)
np.testing.assert_array_almost_equal(values, ref_result, decimal=4)
def test_mass_density(self):
"""
Tests a transmission calculation using mass density
"""
instrument = "IRIS"
analyser = "graphite"
reflection = "002"
formula = "H2-O"
density = 1.0
thickness = 0.1
ws = IndirectTransmission(Instrument=instrument, Analyser=analyser, Reflection=reflection,
ChemicalFormula=formula, DensityType='Mass Density', Density=density, Thickness=thickness)
ref_result = [6.65800, 0.82122, 2.58186, 53.50693, 56.08880, 0.03342, 0.1, 0.82676, 0.17096]
mass_values = ws.column(1)
np.testing.assert_array_almost_equal(mass_values, ref_result, decimal=4)
# mass density 1.0 = number density 0.033424 for water
density = 0.033424
ws = IndirectTransmission(Instrument=instrument, Analyser=analyser, Reflection=reflection,
ChemicalFormula=formula, DensityType='Number Density', Density=density, Thickness=thickness)
num_values = ws.column(1)
np.testing.assert_array_almost_equal(mass_values, num_values, decimal=4)
def test_indirect_transmission_basis_silicon_111(self):
"""
Test a transmission calculation using BASIS, silicon 111.
"""
instrument = "BASIS"
analyser = "silicon"
reflection = "111"
# Using water sample
formula = "H2-O"
density = 0.1
thickness = 0.1
ws = IndirectTransmission(Instrument=instrument,
Analyser=analyser,
Reflection=reflection,
ChemicalFormula=formula,
DensityType='Number Density',
Density=density,
Thickness=thickness)
# Expected values from table
ref_result = [
6.26761, 0.77307, 2.58187, 53.5069, 56.0888, 0.1, 0.1, 0.566307,
0.429298
]
values = ws.column(1)
np.testing.assert_array_almost_equal(values, ref_result, decimal=4)
def test_indirect_transmission_tosca_graphite_002(self):
"""
Test a transmission calculation using TOSCA, graphite, 002.
"""
instrument = "TOSCA"
analyser = "graphite"
reflection = "002"
# Using water sample
formula = "H2-O"
density = 0.1
thickness = 0.1
ws = IndirectTransmission(Instrument=instrument,
Analyser=analyser,
Reflection=reflection,
ChemicalFormula=formula,
DensityType='Number Density',
Density=density,
Thickness=thickness)
# Expected values from table
ref_result = [
5.5137, 0.680081, 0.039174, 56.05149, 56.09067, 0.1, 0.1, 0.56682,
0.42931
]
values = ws.column(1)
np.testing.assert_array_almost_equal(values, ref_result, decimal=4)
def test_indirect_transmission(self):
instrument = "IRIS"
analyser = "graphite"
reflection = "002"
#using water sample
formula = "H2-O"
density = 0.1
thickness = 0.1
ws = IndirectTransmission(Instrument=instrument, Analyser=analyser, Reflection=reflection,
ChemicalFormula=formula, NumberDensity=density, Thickness=thickness)
#expected values from table
ref_result = [6.658, 0.821223, 2.58187, 53.5069, 56.0888, 0.1, 0.1, 0.566035, 0.429298]
values = ws.column(1)
np.testing.assert_array_almost_equal(values, ref_result, decimal=4)
def test_indirect_transmission_basis_silicon_111(self):
"""
Test a transmission calculation using BASIS, silicon 111.
"""
instrument = "BASIS"
analyser = "silicon"
reflection = "111"
# Using water sample
formula = "H2-O"
density = 0.1
thickness = 0.1
ws = IndirectTransmission(Instrument=instrument, Analyser=analyser, Reflection=reflection,
ChemicalFormula=formula, NumberDensity=density, Thickness=thickness)
# Expected values from table
ref_result = [6.26761, 0.77307, 2.58187, 53.5069, 56.0888, 0.1, 0.1, 0.566307, 0.429298]
values = ws.column(1)
np.testing.assert_array_almost_equal(values, ref_result, decimal=4)
def test_indirect_transmission_tosca_graphite_002(self):
"""
Test a transmission calculation using TOSCA, graphite, 002.
"""
instrument = "TOSCA"
analyser = "graphite"
reflection = "002"
# Using water sample
formula = "H2-O"
density = 0.1
thickness = 0.1
ws = IndirectTransmission(Instrument=instrument, Analyser=analyser, Reflection=reflection,
ChemicalFormula=formula, NumberDensity=density, Thickness=thickness)
# Expected values from table
ref_result = [5.5137, 0.680081, 2.58187, 53.5069, 56.0888, 0.1, 0.1, 0.566834, 0.429298]
values = ws.column(1)
np.testing.assert_array_almost_equal(values, ref_result, decimal=4)
def test_indirect_transmission_iris_graphite_002(self):
"""
Test a transmission calculation using IRIS, graphite, 002.
"""
instrument = "IRIS"
analyser = "graphite"
reflection = "002"
# Using water sample
formula = "H2-O"
density = 0.1
thickness = 0.1
ws = IndirectTransmission(Instrument=instrument, Analyser=analyser, Reflection=reflection,
ChemicalFormula=formula, DensityType='Number Density', Density=density, Thickness=thickness)
# Expected values from table
ref_result = [6.65800, 0.82122, 0.039174, 56.05149, 56.09067, 0.1, 0.1, 0.56602, 0.42931]
values = ws.column(1)
np.testing.assert_array_almost_equal(values, ref_result, decimal=4)
def test_mass_density(self):
"""
Tests a transmission calculation using mass density
"""
instrument = "IRIS"
analyser = "graphite"
reflection = "002"
formula = "H2-O"
density = 1.0
thickness = 0.1
ws = IndirectTransmission(Instrument=instrument, Analyser=analyser, Reflection=reflection,
ChemicalFormula=formula, DensityType='Mass Density', Density=density, Thickness=thickness)
ref_result = [6.65800, 0.82122, 0.0391739, 56.051493, 56.09067, 0.100283900, 0.1, 0.56511, 0.43022]
mass_values = ws.column(1)
np.testing.assert_array_almost_equal(mass_values, ref_result, decimal=4)
density = 0.100272
ws = IndirectTransmission(Instrument=instrument, Analyser=analyser, Reflection=reflection,
ChemicalFormula=formula, DensityType='Number Density', Density=density, Thickness=thickness)
num_values = ws.column(1)
np.testing.assert_array_almost_equal(mass_values, num_values, decimal=4)
def test_mass_density(self):
"""
Tests a transmission calculation using mass density
"""
instrument = "IRIS"
analyser = "graphite"
reflection = "002"
formula = "H2-O"
density = 1.0
thickness = 0.1
ws = IndirectTransmission(Instrument=instrument,
Analyser=analyser,
Reflection=reflection,
ChemicalFormula=formula,
DensityType='Mass Density',
Density=density,
Thickness=thickness)
ref_result = [
6.65800, 0.82122, 2.58186, 53.50693, 56.08880, 0.03342, 0.1,
0.82676, 0.17096
]
mass_values = ws.column(1)
np.testing.assert_array_almost_equal(mass_values,
ref_result,
decimal=4)
# mass density 1.0 = number density 0.033424 for water
density = 0.033424
ws = IndirectTransmission(Instrument=instrument,
Analyser=analyser,
Reflection=reflection,
ChemicalFormula=formula,
DensityType='Number Density',
Density=density,
Thickness=thickness)
num_values = ws.column(1)
np.testing.assert_array_almost_equal(mass_values,
num_values,
decimal=4)
def test_mass_density(self):
"""
Tests a transmission calculation using mass density
"""
instrument = "IRIS"
analyser = "graphite"
reflection = "002"
formula = "H2-O"
density = 1.0
thickness = 0.1
ws = IndirectTransmission(Instrument=instrument,
Analyser=analyser,
Reflection=reflection,
ChemicalFormula=formula,
DensityType='Mass Density',
Density=density,
Thickness=thickness)
ref_result = [
6.65800, 0.82122, 0.0391739, 56.051493, 56.09067, 0.100283900, 0.1,
0.56511, 0.43022
]
mass_values = ws.column(1)
np.testing.assert_array_almost_equal(mass_values,
ref_result,
decimal=4)
density = 0.100272
ws = IndirectTransmission(Instrument=instrument,
Analyser=analyser,
Reflection=reflection,
ChemicalFormula=formula,
DensityType='Number Density',
Density=density,
Thickness=thickness)
num_values = ws.column(1)
np.testing.assert_array_almost_equal(mass_values,
num_values,
decimal=4)
